(DLC, ss reactor) 심플하고 안전한 연구용 반응로=20터빈
99Research reactor: According to the wiki, it can generate the heat of 9 turbines.
Through three meltdowns,
I found that the temperature of the steam chamber could be increased by controlling cooling water.
(enriched uranium can only be used to lower the temperature)
I did a search and found that other people were already using it.
https://forums.kleientertainment.com/forums/topic/129003-controlled-reactor-overheating/page/2/
The mechanism is to limit the supply of cooling water (actually 4.75 kg/s)
to artificially induce a similar meltdown situation.
(In a word, it's an unscrupulous thing to piss off for not giving water,
and it doesn't fit my personality, but I did it for you.)
The problem is that calculating a suitable coolant is too complicated.
So, I tried to increase the versatility by making it easy to adjust with a simple temperature sensor.
Automated settings: You don't need to change anything in particular.
If the temperature sensor exceeds 200c, power is wasted.
By adjusting the timer sensor, it will approach the desired temperature faster,
but there is a risk of meltdown.
Initial start-up :
If the steam pressure exceeds 150 kg per cell, the exhaust port of the reactor is clogged.
So recommended to manually operate the sensor for water supply at initial start-up.
Once the top turbines above 125c are able to supply coolant,
Set it to 190c and forget about it.
Materials used: Intentionally, only ceramic and steel or lower materials were used.
* Note: If you want to run more than 20 turbines, yes you can... but
1. The temperature of nuclear waste already exceeds the vaporization point
inside the reactor. Therefore, as soon as it is discharged to accumulated
enough nuclear waste on the floor for being averaged at a lower temperature.
(Not compressing is also a good idea.)
2. For the same reason, it is recommended to relocate the AT under the top turbines.
3. In this case, the material of the liquid pump should be thermium.
#산소미포함 #반응로 #oxygen not included #reactor